Resume Example

C Plus Plus Resume Examples

Real-world C++ developer resume examples across systems, game engine, and embedded roles, with the latency, throughput, memory, and quality metrics that engineering teams look for.
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Contents

C++ developer resumes are judged by engineers who care about performance numbers, memory safety, and whether you have shipped code that runs under real constraints. The 3 examples below cover a C++ developer on a database storage engine, a senior C++ developer and engine architect in game development, and a junior C++ developer on a safety-critical embedded automotive team. Each one shows how to present latency and throughput gains, memory reductions, crash and defect rates, and test coverage in a way that an ATS parses and a hiring engineer respects.

C Plus Plus Resume Example

Meet Viktor, a fictional C++ developer with 7 years in systems software who works on a database storage engine serving 2 million queries a second and cut p99 write latency 38% by redesigning the write-ahead log.

Viktor Andersson

(408) 555-0173 Santa Clara, CA

Objective

C++ developer with 7 years building high-performance systems software, currently on the storage engine team of a database company where the engine serves 2 million queries a second across 800 customer deployments. Cut write latency 38% by redesigning the write-ahead log, cut memory use 25% through allocator and data layout changes, and holds a 0 memory safety defect record in shipped code across 4 years under continuous sanitiser and fuzz testing. Writes modern C++ that is fast because it is simple, and measures before and after every change.

Education
M.S. in Computer Science, Silicon Valley Crown University 2017 – 2019

Focus on Systems and Databases. Thesis on lock-free data structures for concurrent indexing.

B.S. in Computer Engineering, Mission Line University 2013 – 2017

Coursework in Operating Systems, Computer Architecture, Compilers, Algorithms, and Concurrent Programming.

Skills
C++ Development
Modern C++ through C++20, templates and generic programming, memory management and custom allocators, move semantics and value categories, concurrency with atomics and lock-free structures, RAII and resource safety, API design
Systems and Performance
Storage engines and write-ahead logging, cache-aware data layout, profiling with perf and flame graphs, benchmarking methodology, Linux systems programming, SIMD basics, multithreaded design
Quality and Tooling
Unit and integration testing, sanitisers and fuzzing, static analysis, build systems, continuous integration, code review, design documents, debugging with gdb and core dumps
Tools & Platforms
GCC and Clang, CMake, Google Test and Google Benchmark, AddressSanitizer and ThreadSanitizer, libFuzzer, perf, gdb, Linux, Git, Bazel, Jenkins
Experience
C++ Developer, Storage Engine 04/2021 – Present
Silicon Valley Crown Databases Santa Clara, CA
  • Develop the storage engine of a distributed database serving 2 million queries a second across 800 customer deployments, on a team of 9 owning about 400,000 lines of C++.
  • Cut write latency 38% at p99 by redesigning the write-ahead log with group commit and a lock-free append path, validated on a 40-node benchmark cluster.
  • Cut memory use 25% through a custom arena allocator and cache-aligned data layouts, and hold a 0 memory safety defect record in shipped code across 4 years under continuous sanitiser and fuzz testing.
Software Engineer, C++ 07/2019 – 03/2021
Mission Line Networking San Jose, CA
  • Built packet processing components in C++ for a network appliance handling 40 gigabits a second with a 99.999% uptime record over 20 months.
  • Cut per-packet processing time 30% through a zero-copy buffer design and batch processing of 64 packets.
  • Introduced fuzz testing on 12 protocol parsers, finding 9 crash bugs before release.
Software Engineering Intern 05/2018 – 08/2018
Mission Line Networking San Jose, CA
  • Built a C++ flow statistics module during a 12-week internship processing 500,000 flows a second with 120 unit tests.
  • Cut a hash table lookup hot path 45% by replacing chaining with open addressing and measuring with Google Benchmark.
  • Received a full-time offer at the end of the 12-week internship based on the flow statistics module.
Projects

Write-Ahead Log Redesign. Redesigned the storage engine write-ahead log with group commit, a lock-free append buffer, and direct input and output with aligned writes, validated with 200 crash recovery tests and a 40-node benchmark over 6 months, which cut p99 write latency 38% and raised sustained write throughput 2.1 times with 0 recovery defects since release.

Arena Allocator and Data Layout. Built a per-query arena allocator and restructured 8 core data structures into cache-aligned, structure-of-arrays layouts, measured with perf and cache miss counters, which cut memory use 25%, cut allocation calls per query 90%, and raised scan throughput 30%.

Continuous Fuzzing Infrastructure. Set up libFuzzer harnesses for 30 storage format parsers and query paths with sanitiser builds in continuous integration and a corpus of 50,000 inputs, which has found 40 defects before release in 3 years and supports the 0 memory safety defect record in shipped code.

Extra-Curricular Activities
  • Speaker at 2 C++ conferences on allocator design and lock-free logging.
  • Contribute to an open-source C++ benchmarking library with about 20 merged pull requests since 2021.
  • Compete in orienteering events, about 12 races a year across 3 states.
Leadership
  • Technical lead for the write path of the storage engine, owning design reviews for a team of 9.
  • Mentored 4 engineers on performance engineering and modern C++, 2 of whom were promoted within 2 years.
  • Author the C++ coding and review guidelines for an engineering organisation of 120.
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Senior C++ Developer Resume Example

Meet Ananya, a fictional senior C++ developer and engine architect with 13 years in game development who led an engine rewrite that doubled frame rate on console and shipped across 5 platforms with a 0.02% crash rate.

Ananya Bhattacharya

(425) 555-0148 Redmond, WA

Objective

Senior C++ developer with 13 years in game engine and real-time graphics development, currently the engine architect for a studio with 3 shipped titles and 40 million players, owning a rendering and simulation engine of about 2 million lines of C++. Led the engine rewrite that doubled frame rate on console hardware, cut load times 60%, and shipped across 5 platforms with a 0.02% crash rate. Mentors 20 engineers and runs the studio C++ standards. Believes engine code should be as readable as it is fast, because the next person to touch it is usually you in 2 years.

Education
M.S. in Computer Science, Cascadia Crown University 2010 – 2012

Focus on Computer Graphics and Real-Time Systems. Thesis on parallel scene graph traversal.

B.Tech in Computer Science, Evergreen Line Institute of Technology 2006 – 2010

Coursework in Data Structures, Algorithms, Computer Graphics, Operating Systems, and Compiler Design.

Skills
C++ Engineering
Modern C++ through C++20, engine architecture, data-oriented design, memory management and custom allocators, multithreading and job systems, template metaprogramming where justified, cross-platform portability, API and module design
Graphics and Real-Time
Rendering pipelines, GPU programming with shaders and compute, physics and simulation, asset streaming and loading, frame time budgeting, console and PC platform optimisation, tooling and pipelines
Leadership
Technical architecture ownership, design review and standards, mentoring and career growth, cross-team planning with production and design, risk management on shipping schedules, hiring, executive communication
Tools & Platforms
MSVC, Clang, and GCC, CMake, Vulkan and DirectX 12, PIX and RenderDoc, Visual Studio, Perforce and Git, Google Test, Tracy profiler, Jenkins, Jira
Experience
Senior C++ Developer and Engine Architect 02/2019 – Present
Cascadia Crown Games Redmond, WA
  • Own the architecture of a rendering and simulation engine of about 2 million lines of C++ used by 3 shipped titles with 40 million players, leading an engine team of 20.
  • Led an 18-month engine rewrite to a job-based, data-oriented architecture that doubled frame rate on console hardware and cut load times 60%.
  • Shipped across 5 platforms with a 0.02% crash rate and cut engineering time for new platform ports from 9 months to 3.
Senior C++ Developer, Rendering 06/2014 – 01/2019
Puget Line Studios Bellevue, WA
  • Led rendering for 2 shipped titles with 15 million players, building a deferred renderer and a physically based material system in C++.
  • Cut GPU frame time 35% through draw call batching, occlusion culling, and shader optimisation, holding a 60 frames per second target on console.
  • Built an asset streaming system that cut memory use 40% and eliminated 95% of level transition stalls.
C++ Developer 08/2012 – 05/2014
Puget Line Studios Bellevue, WA
  • Built gameplay and animation systems in C++ for a title with 5 million players, owning about 60,000 lines of code.
  • Cut animation update time 50% by moving blending to a multithreaded job system across 6 cores.
  • Promoted to senior developer after 21 months based on the animation system work.
Projects

Engine Rewrite. Led an 18-month rewrite of the core engine to a job-based, data-oriented architecture with an entity component system, a frame graph renderer on Vulkan and DirectX 12, and a unified memory model, migrating 3 live titles with a compatibility layer, which doubled frame rate on console, cut load times 60%, and cut crash rate from 0.15% to 0.02%.

Cross-Platform Abstraction Layer. Designed a platform layer of 40 interfaces covering graphics, input, audio, file, and networking with conformance tests for each of 5 platforms and a continuous integration matrix of 20 configurations, which cut new platform port time from 9 months to 3 and keeps platform-specific code under 4% of the engine.

Frame Time Budgeting System. Built an instrumentation and budgeting system with per-system frame time budgets, automated regression detection on nightly builds across 30 test scenes, and a Tracy-based profiler integration, which caught 200 performance regressions before they reached a milestone build over 4 years and kept all 3 titles at their frame rate targets at ship.

Extra-Curricular Activities
  • Speaker at 5 game development and C++ conferences on engine architecture and data-oriented design.
  • Advisory board member for a university game development programme, meeting 3 times a year.
  • Volunteer mentor for a women in games programme, coaching about 4 engineers a year.
Leadership
  • Lead an engine team of 20 through 4 leads, owning architecture, standards, and the 3-year engine roadmap.
  • Mentored 25 engineers over 10 years, 10 of whom are now senior or lead engineers.
  • Present engine status, risk, and roadmap to the studio head and executive producers monthly.
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Junior C++ Developer Resume Example

Meet Grant, a fictional junior C++ developer with 2 years on an embedded automotive team who delivered 40 features and fixes to a safety-critical codebase and cut a sensor fusion loop from 9 milliseconds to 5.

Grant Ashworth

(734) 555-0129 Ann Arbor, MI

Objective

Junior C++ developer with 2 years on an embedded software team at an automotive supplier, writing C++ for a driver assistance controller shipped in about 600,000 vehicles. Delivered 40 features and fixes to a safety-critical codebase with a 95% first-review approval rate, cut a sensor fusion loop from 9 milliseconds to 5, and wrote 900 unit tests raising module coverage from 55% to 92%. Takes correctness seriously, measures performance instead of guessing, and reads the standard when the compiler and the reviewer disagree.

Education
B.S. in Computer Engineering, Huron Crown University 2019 – 2023

GPA 3.6. Coursework in Data Structures, Operating Systems, Embedded Systems, Computer Architecture, Algorithms, and Software Engineering.

Certified Professional for Software Architecture, Foundation Level, International Software Architecture Qualification Board 2025

Also completed a modern C++ course in 2024 and a functional safety fundamentals course in 2024.

Skills
C++ Development
Modern C++ through C++17, object-oriented and generic programming, memory management and RAII, standard library containers and algorithms, const correctness and value semantics, unit testing, debugging
Embedded and Systems
Embedded C++ on ARM microcontrollers, real-time constraints and timing analysis, hardware interfaces and drivers, coding standards for safety-critical software, static analysis, cross-compilation
Engineering Practice
Git workflows and code review, continuous integration, requirements traceability, technical documentation, agile sprints, pairing with senior engineers, root cause analysis
Tools & Platforms
GCC and Clang, CMake, Google Test, Polyspace and Cppcheck, gdb and JTAG debuggers, Jenkins, Git, Jira, Linux, MATLAB and Simulink basics, CANoe
Experience
Junior C++ Developer 07/2023 – Present
Huron Crown Automotive Systems Ann Arbor, MI
  • Develop C++ for a driver assistance controller shipped in about 600,000 vehicles, on an embedded team of 12 owning about 300,000 lines of code.
  • Delivered 40 features and fixes over 2 years to a safety-critical codebase with a 95% first-review approval rate and 0 defects escaped to production.
  • Cut a sensor fusion loop from 9 milliseconds to 5 through fixed-point arithmetic and cache-friendly data layout, and wrote 900 unit tests raising module coverage from 55% to 92%.
Embedded Software Intern 05/2022 – 08/2022
Huron Crown Automotive Systems Ann Arbor, MI
  • Wrote a C++ CAN message parsing library during a 12-week internship covering 80 message types with 300 unit tests.
  • Fixed 12 static analysis findings in a legacy driver module and documented the fixes for review.
  • Received a full-time offer at the end of the 12-week internship based on the parsing library.
Undergraduate Research Assistant 09/2021 – 05/2022
Huron Crown University Robotics Lab Ann Arbor, MI
  • Wrote C++ motion control software for a 6-wheeled research rover, working 10 hours a week for 9 months.
  • Cut control loop jitter 70% by moving from a polling design to a timer-driven scheduler at 200 hertz.
  • Co-authored a 6-page workshop paper on the control software presented at a regional robotics conference.
Projects

Sensor Fusion Loop Optimisation. Profiled a 9-millisecond sensor fusion loop on the target microcontroller, replaced floating-point matrix operations with fixed-point equivalents validated against 10,000 recorded frames, and restructured 4 data structures for cache locality, which cut the loop to 5 milliseconds and freed 15% of the controller timing budget.

Unit Test Programme. Wrote 900 Google Test cases for 6 modules with a hardware abstraction layer allowing tests to run on the build server, raising coverage from 55% to 92% and adding the suite to the continuous integration pipeline, which found 7 defects including 1 integer overflow in a distance calculation before release.

CAN Message Parsing Library. Built a header-only C++ library generating parsers for 80 CAN message types from a database file with compile-time validation of signal layouts and 300 unit tests, which replaced hand-written parsers, cut parsing code 60%, and has had 0 reported defects across 3 years of use.

Extra-Curricular Activities
  • Member of a C++ user group, attending about 8 meetings a year and giving 1 talk on embedded testing.
  • Volunteer mentor for a high school robotics team, about 4 hours a week during the 8-week build season.
  • Play in an amateur hockey league, about 25 games a season since 2019.
Leadership
  • Onboarded 2 interns and 1 new developer with a setup guide and 2 weeks of pairing each.
  • Own the unit test standard for a 12-person embedded team and review test coverage on every pull request.
  • Led a 4-person student team building the rover control software over 9 months in a research lab.
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